江西水利科技
江西水利科技
강서수리과기
JIANGXI HYDRAULIC SCIENCE & TECHNOLOGY
2015年
2期
117-122,156
,共7页
水功能区%纳污能力%总量控制%江西省
水功能區%納汙能力%總量控製%江西省
수공능구%납오능력%총량공제%강서성
Water function areas%Carrying capacity%Total emissions control%Jiangxi province
本文以江西省178个重要江河湖泊水功能区为研究对象，根据流域水功能区概况、水质目标和水体自净能力分析水功能区水资源质量状况，建立水质数学模型，合理确定设计流量等相关参数，计算水功能区纳污能力，结合现状年污染物入河情况提出2015、2020和2030年水功能区限制排污总量控制方案，为江西省水资源保护与管理提供科学依据。
本文以江西省178箇重要江河湖泊水功能區為研究對象，根據流域水功能區概況、水質目標和水體自淨能力分析水功能區水資源質量狀況，建立水質數學模型，閤理確定設計流量等相關參數，計算水功能區納汙能力，結閤現狀年汙染物入河情況提齣2015、2020和2030年水功能區限製排汙總量控製方案，為江西省水資源保護與管理提供科學依據。
본문이강서성178개중요강하호박수공능구위연구대상，근거류역수공능구개황、수질목표화수체자정능력분석수공능구수자원질량상황，건립수질수학모형，합리학정설계류량등상관삼수，계산수공능구납오능력，결합현상년오염물입하정황제출2015、2020화2030년수공능구한제배오총량공제방안，위강서성수자원보호여관리제공과학의거。
To study the carrying capacity of water function areas in Jiangxi province, 178 important rivers and lakes were selected as study areas. According to the underlying conditions, the water quality and the water self-purification ability in the water function area, the carrying capacity was calculated through establishing the mathematical model of water quality and setting the design flow and other related parameters reasonably. Then the program was proposed combined with the current conditions about sewage into rivers, which was used to control the amounts of total pollutants of water function areas in 2015, 2020 and 2030. It could provide valuable references for the protection and management of water resources in Jiangxi province.
